Arasys is an Electronic Device handmade by the UK's top technicians, under the supervision of Gerry Pollock, the co-inventor of the first pacemaker.

It took 17 years of research to design Arasys high definition signal. Originally invented in London University in 1990 to treat muscle atrophy and multiple sclerosis, Arasys was recently upgraded (2005, 2006) at the Business Innovation Centre (BIC) in the UK, a European Union funded Research Center where multiple University and Government research projects are completed. There are several advantages in manufacturing a device in a world renowned research center: collaboration with Europe’s top scientists, ongoing high-impact research, quality assurance, and dedication to remain ahead of the rapidly evolving fields of electronics and neuromolecular science.

Arasys Effortless Power Workout

speeds up muscle building and inch loss in a fraction of the time needed at the gym. Results are equivalent to strenuous exercise and they last just as long. There is no gym burnout since the Arasys procedure does not require the burning of glucose (the primary source of energy utilized during physical exercise), an important benefit because the body burns the surrounding fat cells without decreasing glucose levels. This prevents significant build up of lactic acid. Arasys naturally increases metabolic rate to initiate weight loss, and is perfect for spot training of trouble areas that cannot be conquered with standard exercise. The enhanced detoxification and blood circulation achieved during the Arasys treatment leaves you with an overall sense of effortlessly attained fitness and well-being.

Where and How is Arasys Used

How is Arasys different from other systems that make similar claims?

Arasys is neither a TENS unit nor a muscle stimulator. Arasys’ high defi nition signal is composed with up to a thousand frequencies for intricate accuracy and stability. The Arasys signal was developed on the basis of 17 years of research to resonate the signal sent from the brain to the motor nerve during regular exercise. Muscles contract during physical activity as a result of brain commands delivered via the nervous system. The Arasys signal resonates these specifi c communications. Due to its clarity and precision, the high defi nition Arasys signal is accepted by the motor nerve as a legitimate signal associated with rigorous exercise, in spite of the fact that body movement is minimal. The motor nerve sends the “strenous exercise signal” command to the muscle. The muscle responds with a strong contraction the way it would do if one lifted weights or performed a vigorous physical activity.

Before & Afters